TWM360921U - Key and lock for lock cylinder face protruding object structure - Google Patents

Description

P8. 5. 2 0^"'τ1 j ,vn 修 S 牛月日二,,. ! 词苏丨M360921 V. New description: L·» [New technical field] Kind of "Core surface convexity The structure of the spoon and the side of the hole are provided with a --side hole and a card-holder convex locking structure; and the keyhole surface of the lock core is abrupt; and illegally "is not exemplified by any uxm" Technology] When the peach (1) is rotated to unlock the inner and outer locks (2) 贞 core, (please refer to the first and second figures) design the original 2 2 ϋΐ lock (2) keyhole (2G) Corresponding to the key (1) iff inner lock (2) inner bead hole (22) inner bead (five) ί force, _ hole (12) displacement, to achieve inner bead (9) top edge (26) and external lock Heart (3) perforation (3〇) incision, turn the key to rotate = Bu,: (1) outside the bead hole (10), the outer bead (34) will be surrounded by the lock two (2) outside the miscellaneous movement will not trap The inner lock core (2) inner bead hole (22) L [1 into the stuck phenomenon industry collectively said to eat], this is the alignment of the nuclear code is successful and can be sloppy; its structure is mainly by an inner lock (2 ) The inner sleeve is fixed with a lock case (3) perforated (30) towel, inner lock (2 The center is formed into a keyhole (2〇) corresponding to the shape of the key (1) key lever (1〇), and the key lever (1〇) is provided with a plurality of iron holes (12) 'The position and drill of the iron hole (12) The number of holes corresponds to the internal lock = (2) the predetermined radial equal number of inner bead holes (22) and the outer locking core (3) preset radial equal outer bead holes (32), wherein each inner bead hole (22) and its corresponding outer bead holes (32) t are respectively placed with inner beads (24), outer beads (34) and springs (35) of a predetermined length and sealed by a cover (36), using a spoon The iron hole (12) on the rod (1〇) is matched with the inner bead (24) and the outer bead (34) to reach the inner bead (24) top edge (26) and the outer lock core (3) perforation (30). Cut the outer edge of the outer bead (34) (28) and the peripheral surface of the inner lock (2), that is, the outer bead (3) outer bead hole (32) and the outer bead (34) bottom edge (28) will not be inserted. In the inner locking core (2), the bead hole (22) 3 M360921 year V.... in the innocent [this state is: the outer bead (34) is built in the outer locking core (3) outer bead hole (32) and The inner bead (24) is built into the inner locking hole (2) in the inner bead hole (22), so that the key (1) can be smoothly rotated and interlocked with the C-shaped buckle (38) to be fixed to the inner locking core. 2) The rear side of the lever (37) causes the bolt to disengage the door frame to open the door; while the thief usually inserts a keyhole (2) into a keyhole (97) and abuts on one side Turn the inner lock (2) so that the inner bead (24) and the outer bead (34) built into the inner lock core (2) and the outer lock core (3) are forced to be tight, and then the lever (98) is used. Insert the split hole (20) to respectively sway the inner bead (24) so that the inner bead (24) and the outer bead (34) reach the expected position difference (ie, the outer bead (34) bottom edge (28) and the inner lock core (2) periphery. Face tangent state] can be illegally unlocked without the use of the key (1). [New content] The first embodiment of the type of lock 4 face projection structure key and lock" (see the eighth figure) is a kind of inner and outer locks (2) that are unlocked by key (丨) rotation ( 3) The key to form the lock core (9〇) is (1) and the new mother of De, which is mainly equipped with a first side ^ (21) next to the lock core (90) key hole (2〇) ) and snap into a protruding rod (51), taking a key from (1) corresponding to the inner locking core) key (1) insertion surface protruding rod (51) is formed with a larger than protruding rod (51) ^ dry control The jack (19) (see the third and fourth figures), the jack (19) can still accommodate the convex bar (51) in the keyhole (20) inserted into the keyhole (20), The drill hole (12) on the spoon (1) is in contact with the inner bead (24) in the inner hole (2) of the inner lock core (2) to enable the inner bead (24) top edge (26) and the outer lock Heart ^3) Perforation (30) Incision smoothly rotates the inner lock core (2) unlocked ^ Please refer to the ninth and tenth figures). [Embodiment] ^The best practice of creation (Second embodiment) (please have the first side hole (21) running through the hole, and the inner locking core (2) is drilled at the first side hole (21) There is a concentric hole with a larger aperture, and the inner locking core (2) is inserted into a protruding rod (51) and then abuts against the 4 M360921 曰2.. 'Month to the second side hole (8) and a spring (35), wherein the end forming a smaller diameter knows (53) can extend beyond the first side hole (21), and another = i2 ancient) ΐί corresponds to The inner spring (35) of the shaft hole (29) is micro-pressed and provided with a control hole (25) and a cover is fixed in the radial hole (25). The spring (35) force imparts a convexity. The rod (8) is in the shaft hole (9)), the first side hole (21), the key (1) corresponds to the inner lock core (2), and the button (53) of the convex 捍 (51) is formed with - greater than a jack (19) protruding from the H-drying, the jack (19) can accommodate the button (53) protruding from the insertion key (1) of the key (1) to open the lock ( Please refer to the twelfth figure); the key (1) corresponds to the inner lock (2), and the key (1) is inserted into the convex bar (5υ button) (53) There is a hook plug-in (4,), which is attached with a hook plug-in (4). The remaining (1) key lever (1〇) is close to the key handle (ιι) end to form the sleeve end (13) and then The front side of the spoon (^) forms an extended end (17) and the (17) section (18) forms a sleeve hole (14) corresponding to the handlebar (1) sleeve end (13), and the key lever (10) sleeve end (13) And the extension end (17) of the spoon (11) is drilled with a pin hole (15) which can be inserted into a pin (16), wherein the key (11) ^ end (17) section (18) corresponds to The upper button (53) of the lock core (2) is provided with two jacks (19), wherein a plug-in is fixedly inserted into the jack (19) (see the third to sixth figures). The third implementation of the creation Example (please refer to the thirteenth figure) The main structure of the structure, the lock core (90) of the lock core (2) (3) is pivotally connected to a radial lock structure (8), the radial lock The structure (8) mainly has at least one side hole (21) drilled inwardly inside the inner lock core (2) key hole (20), and is drilled by the inner side lock core (2) corresponding to the side hole (21) at the rear side. a shaft hole (penalty) with a larger diameter, and a radial hole (25) for the inner lock core (2) near the rear side for insertion The spring (35) and a centrally formed flange (76) of the flange (77), and the inner lock core (2) body corresponding to the flange (77) of the flange (77) slightly open a baffle hole ( 79) A baffle (78) is placed in parallel, so that the spring (35) is compressed between the bead (76) convex, (77) and the baffle (78) to form a spring (35) force only to the key In the direction of the hole (20), a front end is formed with a small-diameter button (53) and the rear end of the shaft is formed into a 5 M360921 ^2·'* day two, .., a small-sized concave edge (55) of the transmission rod (54) The inner lock core (2) shaft hole (29) ^ side sleeve is provided with a spring (35) and is sealed with a cover (36), when the drive (54) button (53) is touched by the key (1) When shifting backwards (see Figure 14), the concave edge (55) of the transmission rod (54) will first shift to the position of the stop bead (76) because the stop bead (76) is limited by the baffle (78) It is stuck and cannot be bounced outwards. a until the remaining (1) continues to insert the bevel (1) the slant of the spigot (the tip of each key (1) has a bevel) will be the entire bead (76) and the spring (35) are pushed together toward the concave edge (55) of the transmission rod (54) to reach The position can be unlocked (refer to the fifteenth and sixteenth figures); when the key (1) is pulled out in the reverse direction, only the remaining holes are exposed due to the shifting of the transmission rod (54) and the key (1). 2〇) Space 'Because of the elastic force, the ball (76) will stretch toward the space of the keyhole (2〇). The creator has the above-mentioned transmission rod (54) as a linear rod, and the range of the first side hole (21) drilled beside the key (1) insertion surface key hole (2〇) is limited by the remaining key (1) The position of the hook (4) is hooked up (please refer to the thirteenth to sixteenth figures), but ^ there is still a lot of space for the inner lock (2) key (1) to be inserted next to the keyhole (20). The drill is provided to increase the number of changes and the degree of difference of the lock. Therefore, the button (53) of the transmission rod (54) is formed into a double angle (57), and the transmission rod (54) of the (57) is locked by the angle. The heart (2) key (1) is inserted into the keyhole (20) and is provided with a notch (69) for the corner of the button (53) and the space to be compressed, and placed in the transmission rod (54). The inner lock core (2) shaft hole (29) is followed by a corresponding angle fold (57) shape and corresponding button (53) is provided - first, the hole (21) snare plate (66) is fixed (such as forced insertion) Clamping), this design allows the inner locking core (2) shaft hole (29) to be drilled in a position offset from the keyhole (20). The lock core (9〇) of the inner and outer lock cores (2) (3) is pivotally connected to a radial lock structure (8), and the radial lock structure (8) includes at least one inner lock core ( 2) The shaft (29) is driven by the spring (35) front of the transmission rod (54 is held in the radial hole (25) by the spring (35) and the baffle (78) is limited to the keyhole (20) The direction of the bead (76), and the position of the transmission rod (54) is activated by a key (1) (see the third and fourth figures), the M360921 key (1

The key lever (10) forms a sleeve end (13) near the end of the spoon (11), and forms an extended end (17) with a front side of the spoon (11) and an extended end (Η) section (18) corresponding to the spoon (10) The sleeve end (13) forms a sleeve hole (14), and the key lever (1) sleeve end (13) and the key holder (11) extension end (π) are drilled with a pin hole (15) for inserting a pin (16). In combination with the 'n' of the (n) extension end (17) section (18) corresponding to the inner lock core (2) on the transmission rod (54) button (53) surface pressure edge (52) is provided with a jack (19) ), in the implementation of 'locking people with the above-mentioned loss (1) into the lock core (90) key hole (20) to the expected position will contact the extension end (17) section (18) jack (19) The inner locking core (2) is on the front edge of the transmission rod (54) (53) and the spring (35) on the transmission rod (54) is compressed and displaced, because the displacement of the transmission rod (54) is sufficient The rear edge of the shaft (55) will be displaced to the position of the ball (76), because the ball (76) is limited by the baffle (78) and cannot be bounced until the key ( 1) Continue to insert the key (1) The bevel of the spigot will push the entire bead (76) and the spring (35) together Ledge lever (54) of (55), able to achieve the expected position of the lock's code (see FIG fourteenth ~ sixteen). The actuation mechanism of the above embodiment is deeply contacted by the socket (19) of the extension end (ΐγ) section (18) of the key (1) to the pressure edge of the front side button (53) of the transmission rod (54) on the inner lock core (2). (53) The transmission rod (54) is displaced backward and linked to the outer lock (3) axial bead (50) button (53) to activate the unlocked state, and this is used to press the lock cylinder (90) to record the keyhole. (20) The face button (53) has a crimping edge (52). The keying (1) can also be a protruding type with a hook insert (4) (please refer to the fifth and sixth figures), which is attached. Hook plug-in (4) key 〇) key lever (1 〇) near the key (Π) end forming the sleeve end (13) and then a spoon (11) front side forming the extended end \17) and the extended end (17) section (18) A corresponding hole (1〇) sleeve end (13) forms a sleeve hole (14), and a key lever (1〇) sleeve end (13) and a handle (丨丨) extension end (17) are drilled. The pin hole (丨5) can be inserted into a pin (16), wherein the cross section (18) of the extending end (17) of the key handle (11) corresponds to the surface of the transmission rod (54) button (53) on the inner lock core (2) The pressing edge (53) is provided with a jack (19), wherein the jack (19) is fixedly inserted with a plug-in (42), Plug ⑷) 7 M360921

It resists the pressing edge (53) of the front side button (53) of the transmission lever (54) on the inner lock core (2), and the transmission lever (54) is displaced backward to the unlocked state. In addition, another radial locking structure (8) is created in the fourth embodiment (see FIG. 17), and at least one side hole is drilled inwardly inside the inner locking core (2) recording hole (20). 21) A shaft hole (29) having a larger concentric diameter is drilled from the side hole (21) of the inner lock core (2), and an inner bead hole is provided on the inner side of the inner lock core (2). 22) for inserting an inner bead (24), and at the outer lock core (3) corresponding to the inner lock core (2), a bead hole (32) is provided at the bead hole (22) and an outer bead (34) is placed. And a spring (35) and sealed by a cover (36), taking a front end to form a small diameter button (53) and a rear end of the shaft forming a small concave edge (55) of the transmission rod (54) from the inner lock (2) The rear side of the shaft hole (29) is sleeved with a spring (35) and sealed with a cover (36) (see Figure 18). When the transmission rod (54) is recorded (53) When the spoon (1) is displaced and moved backward, the concave edge (55) of the transmission rod (54) is first removed from the position of the inner bead (24), and the inner bead (24) is pushed outward. The outer bead (34) is displaced by the compression spring (35), which is the inner bead (24) and the outer bead (34) The radial displacement will be such that the inner bead (24) top edge (26) and the outer lock core (3) perforation (30) are inscribed, ie the outer bead (34) bottom edge (28) and the inner lock core (2) The peripheral surface 'is the outer locking core (3) outer bead hole (32) and the outer bead (34) bottom edge (28) is not inserted into the inner locking hole (2) inner bead hole (22) [this state is outside The bead (34) is built in the outer lock core (3) outer bead hole (32) and the inner bead (24) is built in the inner lock core (2) inner bead hole (22), and the spline can be smoothly rotated (1) And the C-type buckle (38) is fixed to the rotating rod (37) on the rear side of the inner lock core (2)', and the lock tongue is released from the door frame to open the door (please refer to the nineteenth and twenty-th).夕" The fifth actual _ (see the twenty-first figure) is another axial locking structure (5). In addition to the aforementioned radial locking structure, the structural structure further includes an axial direction. The locking structure, the axial locking structure (5) is mainly the inner and outer lock cores (2) (3) corresponding to the inner lock core, and (2) as the front drive rod (54) front side button (53) At the edge (52), at least the through hole (29) is opened toward the outer lock core (3), and the inner lock core (2) is drilled at the appropriate position to drill the M360921

A radial hole (25) is provided and a cover (36) is disposed, and the inner lock core 2) the keyhole (20) faces from the shaft hole (29) to the radial hole (25) toward the outer lock core ( 3) A notch (69) is provided for receiving a front end formed with a lever (6) of a transmission lever (54 button (53) pressing edge (52), and the lever (6) has a connecting rod (1) 60) and coupled to a side rod (62) parallel to the fork rod (6), wherein the rear end of the fork rod (6) compresses a spring (35)

a block (64) having a shape of the filling notch (69) and corresponding to the side hole (21) formed at the pressure (52) of the fork (6) button (53) is caught in the notch (rib), and The lock core (3) is pivotally connected to a sleeve plate (66) adjacent to the notch (69), and the sleeve plate (66) is provided with a screw hole (68) for screwing the screw (45) to the outer lock core (3). And a clamping hole (65) corresponding to the shape of the end of the side bar (62) is formed between the side hole (21) and the screw hole (68) on the inner side surface of the snare plate (66), wherein the inner locking core (2) The notch (69) and the snare plate (66) need to include a further rod, (6) and its displacement space, and the notch (69) of the outer lock (3) end needs to be circumscribed to form a ring groove (61). When the jack (19) and the hook insert (4) are attached to the fork lever (6), the rear side lever (62) is synchronized, so that the side lever (62) can be disengaged from the clip (64). The hole (65) is unlocked and can be correctly verified, and the side bar (62) can be rotated away from the collar (66) of the ferrule (66) to rotate in the ring groove (61) of the outer lock (3). (Please refer to the 22nd, 2nd and 3rd figures). One of the above embodiments is a radial locking structure (8) design, but the sixth embodiment of the present invention is an axial locking structure (5) that uses " on the lock (9) ( Please refer to the twenty-fourth figure: (96) is a fake schematic ring frame that is supposed to be placed in the lock (9) and the two lock case faces (94), and the lock case surface is locked before and after the lock (9) ( 94) The central locking hole (92) is disposed in a socket member (7) 'The center of the socket member (7) is provided with a key hole (2〇) at the front and rear ends to form a constriction (72) for clamping before and after the lock (9) At the center of the shell surface (94), at least one side hole (21) is drilled inwardly of the hole (20), and a concentric larger diameter is drilled at the side hole (21) of the rear side of the socket member (7). The shaft hole (29) is pivotally connected to the rear seat group (74) after the lock shell surface (94), and the rear seat joint portion of the rear seat 9 M360921 group (74) and the socket member (7) Corresponding to the first second hole (31) and the rear side of the rear seat (74) corresponding to the socket member (7), the shaft hole (29) is also drilled with an equal number of shaft holes (29), taking one The front end forms a small diameter button (53) and the shaft is behind The transmission rod (54) forming the diameter reduction (56) is inserted from the rear side of the shaft hole (29) of the socket member (7) and is provided with a spring (35) at the diameter reduction (56), wherein the socket member (7) 胴The middle portion of the transmission rod (54) is narrowed (56). The middle portion is provided with an outer groove (27) for inserting a clip (58). The lower edge of the clip (58) is formed with a smaller spring. (35) an opening (59) of the outer diameter, the spring (35) is slightly compressed in the diameter (56) of the transmission rod (54) when the cutting groove (27) is inserted into the clip (58); Take the two axial ends to form the axial bead (50) of the small diameter button (53), and a spring (35) is placed by the rear side of the rear hole group (74) shaft hole (29) and sealed with a cover (36). Using the above-mentioned history, there is a jack (19) or a hook insert (4) with a key (1) to press against the pressing edge (53) of the front side button (53) of the transmission lever (54) and the rearward displacement disengages the axial direction. The locking structure (5), and the axial locking structure (5) can be implemented in any lock (9) (see Figures 25 and 26). Further, the seventh embodiment of the present invention is another axial locking structure (5) (refer to FIG. 27) which is drilled at least by one side hole from the inner lock core (2) of the keyhole (20). (21), and the inner side of the inner lock (2) (the inner lock (2) # key hole (20) is the front side] corresponding to the side hole (21) is drilled with a concentric larger diameter shaft hole ( 29), on the rear side of the outer lock core (3), a notch-shaped covering edge (39) of the slidable inner lock core (2) is formed, and the covering edge (39) is connected to the rear side of the inner lock core (2) The second side hole (31) is opened at the first side hole (21), and the rear side of the outer lock core (3) corresponds to the inner lock core (2). The shaft hole (29) is also drilled with an equal number of equal diameters. A shaft hole (29), a driving rod (54) having a small diameter button (53) formed at the front end and a diameter reducing (56) at the rear end of the shaft is inserted from the rear side of the inner locking core (2) shaft hole (29) and The sleeve (56) is sleeved with a spring (35), wherein the inner lock core (2) is equivalent to the transmission rod (54) and the middle portion of the shaft (56) is provided with a groove from the outer to the inner radial direction (27). A clip (58) can be placed, and the lower edge of the clip (58) is formed smaller than the spring (35) ) The opening of the outer diameter (59) from the kerf (27) M360921

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T-- ..._'丨-UI Insert the clip (58) to form a slightly compressed state of the spring (35) in the reduction of the transmission rod (10); and take a front end to form the axial bead of the small-diameter button (53) ( 50) The two springs (35) are placed by the rear side of the outer lock core (3) shaft hole (29) and sealed by a cover (36), and the outer lock core (3) is in the shaft hole (29). The button (53) of the axial bead (50) protrudes into the inner lock core (2) shaft hole (29) to have the inner lock core (2) completely unable to rotate to achieve the purpose of locking; and the transmission rod (54) The shifting system is provided with a socket (19) or a jack (19) in a section (18) of an extending end (17), and a key (1) fixedly inserted with a plug-in (42) against the inner lock core (2) Upload the pressure lever (53) of the front side button (53) of the moving rod (54) so that the transmission rod (54^ is displaced backward to the unlocked state (refer to Figure 28). The hook plug-in (4) is attached. The (1) is: the extension end (17) section (18) corresponds to the inner lock core (2) on the transmission rod (54) button (53) surface pressing edge (53) is provided with a jack (19), wherein A plug (42) is fixedly inserted into the jack (19); and a hook insert (4) is attached (1). Adding a plug-in (42) to the outside of the 'Embodiment of the eighth embodiment of the present invention' is an additional hook (40) (see the seventh figure), the key (1) is attached to the key lever (1〇) At least one hook member (4〇) corresponding to the front edge button (53) of the transmission rod (54) on the inner lock core (2) is pivoted, and the hook member (4〇) is folded at an angle (4〇). The upper and lower rods (10) are drilled with pin holes (15) which can be inserted into a pin (16) for combination, and the hooks (4〇) on the key (1) key lever (1〇) are used to resist The inner lock core (2) uploads the pressing edge (53) of the front side button (53) of the moving rod (54) to cause the transmission rod (54) to be displaced backward to activate the unlocker (see the twenty-ninth to thirty-two figures). The ninth embodiment of the present invention (see the thirty-third figure) is in the foregoing inner lock core (2) key opening (20) surface pivotally connected to a plate (84), the central plate (84) It is necessary to open a hole (86) larger than the hole (2〇), and the thickness difference of the plate (84) can effectively filter whether the lock (9) and the key (丨) are suitable for use. , that is, it can effectively remove the locker (9) with his key (1) to completely meet the preset correct position of the code (see Figure 34). The tenth embodiment of the creation (see the thirty-fifth, thirty-sixth figure) is between 11 M360921 keyhole (20) and each side hole (21) ^11 (five) turn (10), which can effectively suppress the illegal phase key. Refer to (1 ^ to open the lock (9) of the invention (please refer to the thirty-seventh, three spoons (on the top; for a really effective new type of lock (9) and key Z:, ^ pick lock, ensure the use The early, economic, safe and effective lock-up of the lock-up person is in line with the application requirements for the creation of patents. The expectation is 'full grant of patents for prayer. One committee has concluded this case and [simplified description] Figure: Schematic diagram of the illegal unlocking of the lock cylinder. It is an exploded view of the lock core. It is an exploded view of the creation key. It is the three-dimensional appearance of the combination of the third figure. The three-dimensional exploded view is the three-dimensional appearance of the fifth map key combination. See the second figure, the third figure, the fourth figure, the fifth figure, the sixth figure, the seventh figure, the eighth picture, the ninth picture. The stereoscopic appearance of the remaining one. The stereoscopic exploded view of the first embodiment of the present invention. A cross-sectional view of the key combination. The tenth figure is a schematic diagram of the combination of the first embodiment and the embodiment. The tenth figure is an exploded view of the preferred embodiment of the present invention. The core and scale combination is implemented. Fig. 2 is an exploded perspective view of the third embodiment of the present invention. / Fig. 14 is a partial cross-sectional view of the third embodiment. M360921 The schematic diagram of the H-complement combination touches the Yang to the fixed state 2. The tenth, the figure is the schematic diagram of the unlocking state when the combination key is inserted into the positioning in the third embodiment. The seventeenth figure: the exploded view of the fourth embodiment of the present creation Figure 18 is a cross-sectional view showing the combination of the lock cylinder and the key combination of the fourth embodiment. Fig. 19 is a schematic view showing the fourth embodiment of the present invention in which the combination gun is not inserted into the locked state. Figure: is a schematic exploded view of the fourth embodiment of the present invention when the combination key is inserted into the positioning state. The twenty-first figure is an exploded perspective view of the fifth embodiment of the present creation. The eleventh figure is the fifth embodiment A schematic diagram of the locked state when the combined input key is not inserted into the positioning. The fifth embodiment is a perspective exploded view of the sixth embodiment of the present invention. The twenty-fifth figure is the sixth embodiment of the lock cylinder And a perspective view of the key combination. Fig. 26 is an external view of the lock core and the key combination of the sixth embodiment. Fig. 27 is an exploded perspective view of the seventh embodiment. Figure 8 is a cross-sectional view showing the lock core and the key combination of the seventh embodiment. Fig. 29 is a negative exploded view of the eighth embodiment of the present creation.

M360921 Fig. 30 is a cross-sectional view showing the combination of the lock core of the eighth embodiment. Fig. 21 is a schematic view showing the locked state of the eighth embodiment when the key is not inserted. Twenty-second diagram: is a schematic diagram of the unlocking state when the combination key is inserted into the positioning in the eighth embodiment. Twenty-second diagram is a perspective exploded view of the ninth embodiment of the present creation. Fig. 24 is a perspective view showing a combination of the ninth embodiment. Twenty-fifth drawing: an exploded perspective view of the tenth embodiment of the present creation. Figure 36 is a perspective view showing a combination of the tenth embodiment. Figure 37 is a schematic view showing another form of the tenth embodiment of the present creation. Thirty-eighth figure: This is a schematic diagram of the shape of the input key and the shape of the lock core plate. [Main component symbol description] (1) Key (10) key lever (11) key handle (12) drill hole (13) sleeve end (14) sleeve hole (15) pin hole (16) pin (17) extension end ( 18) Section (19) Jack (2) Inner lock core (20) Transport hole (21) First side hole (22) Inner bead hole (24) Inner bead (25) Radial hole (26) Top edge ( 27) grooving (28) bottom edge (29) shaft hole (3) outer lock core (30) perforation (31) second side hole (32) outer bead hole (34) outer bead (35) spring (36) Cover (37) Rotary Rod (38) C-type buckle iM360921

(39) Covering edge (40) Hook (45) Screw (50) Axial bead (52) Pressing edge (54) Transmission rod (56) Diameter (58) Clamping member (6) Fork lever (61) ring Groove (64) block (66) snare plate (69) notch (72) constriction (76) bead (78) baffle (8) radial locking structure (83) bar hole (86) hole (90 ) lock cylinder (94) lock shell surface (97) mast (4) hook insert (42) insert (5) axial lock structure (51) protruding rod (53) button (55) concave edge (57) corner fold ( 59) Opening (60) connecting rod (62) side rod (65) clamping hole (68) screw hole (7) socket member (74) rear seat group (77) flange (79) baffle hole (82) resistance Rod (84) plate (9) lock (92) lock hole (96) shows ring frame (98) lever 15

Claims (1)

M360921 Ρ8·5· 2〇^^\ M360921 Ρ8·5· 2〇^^\ 丨6, the scope of application for patents: 匕——1· - 麟麟© bulge structure scales and locks, is to unlock The inner and outer locks are combined to form the key of the lock cylinder and the lock is newly installed. A first side hole is added beside the lock core hole and a key is inserted into the key to correspond to the _ key inserting convex rod. A jack with a large rod diameter is formed at the position, and the jack can still accommodate the convex protrusion in the inserted scale hole to hinder the smooth rotation of the inner lock. In addition to the dry, the anger surface projection and the lock as described in claim 1 of the patent application, wherein a second side hole is provided beside the keyhole insertion surface of the inner lock key, and A shaft hole having a larger diameter is drilled from the rear side of the _ heart relative to the first side hole, and a shaft hole is inserted into the rear side shaft hole from the inner lock core to the first side hole and the spring 'where' The front end of the protruding rod has a shape that extends from the first: and the other, and the inner locking barrel body corresponds to the inner side of the shaft hole. The micro-compression-like portion 4 is provided with a hole toward the hole and is locked in the radial hole. The spring force will give the protruding rod abutting against the first side hole in the shaft hole, taking a yoga corresponding to the corresponding 7 lock = insert, the field of the protruding rod is provided with a hook plug, which is attached with the ^ plug in the spoon The rod near the end of the spoon forms the end of the sleeve and then the front side forms an extended end with a spoon and the extension end intercepts the rod sleeve to take care of the silk hole, and the Sasaki County spoon shifts the extension end to the lock core. A = the core surface projection structure described in item 1 or 2 of the scope of the '..." - 'mainly in the inner and outer lock core assembly of the internal pivot connection - in the direction __, miscellaneous _ The structure is inward at (4) the keyhole The drill has a - edge hole. A shaft hole with a larger diameter is drilled from the corresponding side hole of the inner side of the inner lock core. A radial hole is provided on the near rear side of the lock body for inserting a bead of the spring edge. 'And the inner locking core body corresponds to the flange of the ball to be slightly Λ ^; 5 22 Η and the hole is placed into a baffle' so that the spring is compressed between the ball flange and the plate to form a spring force only The direction of the top direction and the hole is taken as a small diameter and the rear end of the shaft is formed. The transmission rod of the small concave edge is closed by the inner lock core 16 M3 60921 严σ·今' ί i hole two spoons; the end and the spoon end are drilled With rearward shifting a#, the button of the Ritian ^tian drive cup is touched by the key jack and is limited to the bezel; live == will, the bead is subject to the exposed keyhole space, and the bead will be oriented toward the 3 items due to the elastic force. _ The core surface of the lock core surface key is formed by the butterfly of the disc, and the double-angle fold is formed. The transmission surface of the corner fold is required to be formed by the side of the hole to be folded and the hole is drilled by the inner lock shaft. Offset to the key hole to increase the number of changes in the lock and the difference. The frequency of the eight-hearted flat paste is in the form of a convex green structure. The key is 利用 可 利用There is a hook plug-in key to the close-key set end, and then the front end is extended to the end end and the extended end section corresponds to the corresponding end of the sleeve to form the sleeve hole, and the key sleeve end and the spoon extension end are drilled with pin holes. The combination of the pin-pin and the pin, wherein the extension end section corresponds to the pressing edge of the transmission rod button surface of the inner lock core, and a socket is arranged, wherein the insertion hole is fixedly inserted into the socket, and the plug is used to resist the internal lock The pressing edge of the front side of the transmission rod causes the transmission rod to be displaced rearward to the unlocked state. 6. The lock cylinder face projection structure key lock f as described in claim 5, wherein another radial locking structure of the present invention is at least drilled inwardly of the inner lock key hole. There is a hole on one side, and the hole is drilled at the side hole of the inner side of the inner lock. 17 M360921 Factory:...There is a shaft hole with a large concentric diameter, and an inner ▲ hole is provided on the inner side of the inner lock body for inserting into one Inner bead, and an outer bead hole is arranged in the inner locking core corresponding to the inner bead hole, and an outer bead and a spring are placed and sealed by a cover, and a front end is formed with a small diameter button and the rear end of the shaft is formed. A small length of the transmission rod is provided with a spring from the rear side of the inner locking mandrel hole and is sealed with a cover. When the button of the transmission rod is displaced by the key and is displaced backward, the concave edge of the transmission rod will be First, remove the inner bead position, and at the same time drive the inner bead to squeeze outward, so that the outer bead is displaced by the compression spring, and the radial displacement of the inner bead and the outer bead will reach the inner bead edge and the outer lock. The inner perforation of the heart, that is, the outer edge of the outer bead and the peripheral surface of the inner locking core, can smoothly rotate the key and interlock with the c-shaped buckle. The rear side of the heart and the pawl disengaged from the door frame and the door so that the bolt's. The lock key surface protrusion structure key and the lock according to the sixth aspect of the patent application, wherein the creation structure comprises the axial locking structure, in addition to the foregoing process of locking the structure, The axial locking structure is mainly for locking the inner and outer locks; to the inner lock core, as the front side of the front transmission rod knows the pressure edge toward the outer lock core/to open the through hole shaft, and The lock body is drilled at a proper position and is provided with a two-way hole and a person-cap. The inner key lock hole is opened from the shaft hole to the radial hole toward the outer lock to open a gap for the w# 士1播& Kong Chao is disgusted with the glutinous glutinous glutinous glutinous rice. The front end of the transmission rod is shaped like a front button of the transmission rod f ^^ 'The material is purely mixed - Wei · Miscellaneous - and the side bar of the fork Sit, wherein the back end is compressed - The spring, take a bit, and corresponds to the inner edge of the card with the edge hole formed at the edge of the fork ί ί, the shape of the rod end is missing, and the lock ί end contains the rod and its displacement space. And can be rotated in the outer ring of the lock ring to take the moon 匕 匕 之 之 之 之 之 及 及 及 及 及 及 及 及 及 结构 结构 结构 结构 结构 结构 结构 结构The structure is applied to the lock, and the locking shell is locked in front and rear of the lock. 18) M360921 The central locking hole is disposed into a socket member. The front and rear ends of the keyhole are provided in the center of the socket member. The crimping port is placed at the center of the locking shell surface before and after the lock. At least one side hole is drilled inwardly of the hole, and a shaft hole having a larger concentric diameter is drilled from the side hole corresponding to the rear side of the socket member, and a rear seat group is pivotally connected behind the lock shell surface, after which The second side hole is opened at the first side hole of the connecting portion on the rear side of the socket member and the second side hole is formed at the first side hole of the rear seat group, and the shaft hole of the socket member is also drilled with an equal number of shaft holes, and a front end is formed to be small. The opening of the caliber and the forming of the shaft at the rear end of the shaft are inserted from the rear side of the shaft hole of the socket member, and a spring is sleeved at the diameter reduction portion, wherein the socket member body is equivalent to the middle portion of the transmission rod diameter reduction from the outer diameter to the inner diameter Providing all the grooves for inserting a clip, the lower edge of the clip is formed with an opening smaller than the outer diameter of the spring, and when the cutting groove is inserted into the clip, the elastic transfer surface towel is formed into a slight pressure test state; Card—the front end forms an axial bead with a small diameter, and a spring is placed behind the shaft hole of the rear seat. And is sealed with a cover, and the axial locking structure is disassembled by using the aforementioned jack or the hook of the hook insert to press the front edge of the transmission rod, and the axial locking structure can be implemented. In any lock. 9. The keyhole projection structure key and lock according to claim 8, wherein the other axial locking structure is provided with at least one side hole by the inner keyhole. And the rear side of the inner lock core (the inner lock key hole is the front side) corresponding to the side hole is drilled with a concentric larger diameter shaft hole, and the outer side of the outer lock core forms a closable inner lock pocket In the covering edge, a second side hole is formed at the first side hole corresponding to the connecting side of the covering edge and the inner locking core, and an equal equal diameter is also drilled at the rear side of the outer locking core corresponding to the inner locking mandrel hole. The shaft hole is formed by a front end forming a small diameter, and the transmission rod having a reduced diameter at the rear end of the shaft is inserted from the rear side of the inner locking mandrel hole and is provided with a spring at the diameter reduction portion, wherein the inner locking body is equivalent to the transmission The middle portion of the rod diameter is provided with a groove from the outer side to the inner side for inserting a clip, and the lower edge of the clip is formed with an opening smaller than the outer diameter of the spring. When the cutting groove is inserted into the clip, the spring is driven. The rod diameter is reduced to form a slightly compressed state; another axial end of the small diameter button is formed at the front end, and a magazine is inserted from the outer shaft hole. Inserted and sealed with a cover, the button of the axial bead in the outer lock mandrel protrudes into the inner lock mandrel hole to have the inner lock core unable to rotate to achieve the purpose of locking; and the transmission rod The shifting system consists of an extension of 19 M360921 I Ding " l, = face ^^ hole or jack Yin fixed insert has a plug-in to the lock =, uploading before the transfer of her _ 捍 捍 backwards miscellaneous unlock state patent The key surface of the lock core surface described in Item 9 = right ίί:, the keyhole surface of the inner lock key is pivotally connected to the plate, and the shackle can be used to open the lock with his lion. Set: Exactly = and the structure key of the lock can effectively restrain the front button of the pole. The lock on the lock should be drilled with a pin hole for insertion - pin combination ^ = front side of the drive shaft Pressing the edge of the pass: to 20] M360921 M360921, the fourth month, the designated representative map: (1) The representative representative of the case is: (11). (2) The symbol of the symbol of this representative figure is simple: (1) key (10) key lever (11) key handle (12) drill hole (16) pin (17) extension end (2) inner lock (20) key Hole (21) First side hole (25) Radial hole (29) Shaft hole (3) Outer lock core (30) Perforation (35) Spring (36) Cover (51) Projection rod (53) button (90 ) lock cylinder